Electron transport through noncovalent interaction is of fundamental and practical
importance in nanomaterials and nanodevices. Recent single-molecule studies employing …

Supramolecular electronics provide an opportunity to introduce molecular assemblies into
electronic devices through a combination of noncovalent interactions such as [π··· π] and …

Single-molecule electronics can fabricate single-molecule devices via the construction of
molecule–electrode interfaces and also provide a unique tool to investigate single-molecule …

Incorporating temperature-and air-stable organic radical species into molecular designs is a
potentially advantageous means of controlling the properties of electronic materials …

The molecular binding orientation with respect to the electrode plays a pivotal role in
determining the performance of molecular devices. However, accomplishing in situ …

An exceptionally brilliant strategy to miniaturize electronic devices is to employ a single‐
molecule between two electrodes for carrier conduction at single‐molecule break junctions …

Strong molecule-electrode coupling originating from orbit hybridization between gold and
the delocalized molecular wires in single-molecule junctions facilitates facile transport …

Conjugated molecules have diverse applications across electronics, optoelectronics, and
sensors. Their conjugated characteristics determine the molecular electronic and photonic …

Via conductance measurements of thousands of single-molecule junctions, we report that
the π–π coupling between neighboring aromatic molecules can be manipulated by laser …

Van der Waals (vdW) contact, dominated by weak but ubiquitous vdW interactions, plays a
significant role in diverse fields such as supramolecular chemistry, nanotechnology, and …